Question

Suppose, you want to predict the class of new data point x=1 and y=1 using euclidian distance in 3-NN. In which class this data point belong to? A) + Class B) - Class C) Can't say D) None of these In the previous question, you are now want use 7-NN instead of 3-KNN which of the following x=1 and y=1 will belong to? A) + Class B) - Class C) Can't say

          Suppose, you want to predict the class of new data point x=1 and y=1 using euclidian distance in 3-NN. In which class this data point belong to?

A) + Class
B) - Class

C) Can't say

D) None of these

In the previous question, you are now want use 7-NN instead of 3-KNN which of the following x=1 and y=1 will belong to?

A) + Class
B) - Class

C) Can't say

Suppose, you want to predict the class of new data point x=1 and y=1 using euclidian distance in 3-NN. In which class this data point belong to?

A) + Class
B) - Class

C) Can't say

D) None of these

In the previous question, you are now want use 7-NN instead of 3-KNN which of the following x=1 and y=1 will belong to?

A) + Class
B) - Class

C) Can't say

Added by Charles P.

Elementary Statistics a Step by Step Approach

Allan G. Bluman 9th Edition

Instant Answer

Solved by Expert Croup Chais

12/16/2021

Step 1

First, we are asked to classify it using 3-NN (3 nearest neighbors) and then using 7-NN (7 nearest neighbors). The possible classes are A, B, and C. The classification depends on the Euclidean distance between the new data point and the existing points in the Show more…

Show all steps

Thanks for your feedback!

Suppose you want to predict the class of a new data point x=1 and y=1 using Euclidean distance in 3-NN: In which class does this data point belong to? A) + Class B) - Class C) Can't say D) None of these In the previous question, you now want to use 7-NN instead of 3-KNN. Which of the following x=1 and y=1 will belong to? A) + Class B) - Class C) Can't say